Feature

●Teaching materials: This is an instructional material designed to enhance students ability to identify geometric shapes. It allows students to become familiar with geometric shapes and enjoy the process of weaving them on their own, appreciating the beauty of geometric patterns. It is highly suitable for teachers to use in mathematics/geometry education.
●Promoting personal development: Recommended for ages 12 and above, it cultivates hands-on skills and a sense of achievement during the crafting process.
●No adhesive required: Utilizing an innovative weaving technique, it forms a cohesive structure without the need for scissors or adhesive materials such as glue.
●Comes with instructional videos: Complementary instructional videos are included, allowing for self-learning through demonstration videos or for use as supplementary teaching materials.
●This product includes 3 identical sets of materials, allowing you to create 3 models.

Description

Weaving Polyhedron offers a series of weaving materials and finished products for individuals interested in geometric shapes, creating beautiful paper crafts with innovative weaving techniques. This product features materials for the rhombic hexecontahedron, which may not be suitable for beginners. Its weaving structure is more complex compared to models No.1, 2, and 3. It is recommended that you first acquire the weaving basics of models No.1, 2, and 3 before attempting this one. Each package includes 3 sets of materials, allowing you to create 3 rhombic hexecontahedron. The materials are pre-cut and scored for your convenience. In geometry, the rhombic hexecontahedron is composed of 60 golden rhombi, and it is a stellation of the rhombic triacontahedron. Imagine extending each face of the rhombic triacontahedron outward or extending the vertices of the acute angles to create new rhombi. However, in the weaving technique, it is envisioned as a polyhedron where each face of the regular dodecahedron is inwardly carved to create pentagrams, with each pentagram forming a golden rhombus. This structure can be achieved by overlapping a golden rhombus while interweaving strips. The same weaving structure can be found in the seventh stellated icosahedron. Interestingly, the logo of Wolfram Alpha is based on this rhombic hexecontahedron. The unique weaving structure of this polyhedron is captivating.